Introduction When sailing a boat, one of the most important factors is the direction of the wind. If they want to keep a steady heading, sailors need to be able to dynamically adjust the direction they steer as the wind changes. Unfortunately, the ability to tell exactly which direction the wind is blowing can be […]
Haptic Feedback Weathervane Read More Ā»
Axiomtek ā a world-renowned leader relentlessly devoted in the research, development and manufacture of series of innovative and reliable industrial computer products of high efficiency ā is pleased to announce theĀ AIE100-903-FL-NX, its ultra-compact and state-of-the-art edge AI system. The high-performanceĀ AIE100-903-FL-NXĀ is powered by the NVIDIAĀ® JetsonĀ Xavierā¢ NX module which has a powerful 6-coreĀ NVIDIAĀ® Carmel ARMĀ®Ā v8.2 64-bit
Reclaimer LabsĀ has launched anĀ STM32WBĀ Feather development board that is based on STMicroās first wirelessĀ STM32Ā MCU which was announced sometime around last year. TheĀ STM32WBĀ Feather board like other development boards in the STM32 family of wireless MCUs is built around the STM32WB55CG SoC which includes an 64MHz Arm CortexāM4 running as the main processor along with a 32MHz CortexāM0+
STM32WB FEATHER DEVELOPMENT BOARD WITH STM32WB55 BLUETOOTH 5.0 SOC SELLS FOR $45 Read More Ā»
To forward our first step in the field of wireless communication by interfacing android with pic microcontroller via Bluetooth open lots of way to work on. Once we can send and receive data between a microcontroller and android mobile then use of android mobile we can control other peripheral device attach with microcontroller, very easily.
Interfacing android with pic microcontroller via Bluetooth Read More Ā»
Introduction We built 2 small cars which used Bluetooth Received Signal Strength Indicator (RSSI) measurements to navigate towards a stationary base station. The cars and base station used a Bluetooth Low Energy (BLE) 4.0 module to take the measurements and a PIC32MX250 microcontroller. The cars also used a 3 axis magnetometer as as compass in
Blue Hunters: Bluetooth RSSI Locator Robots Read More Ā»
INTRODUCTION Our Smart Station hardware consists of a PIC32MX250 microcontroller with a 3.5mm jack for speakers, a TFT display, keypad, NeoPixel LED ring, microphone, and a host of I2C environmental sensor breakouts: i.e. accelerometer, temperature, humidity, and luminosity sensor breakouts. All of the electronics are neatly contained within a 3D printed casing. Our Smart Station
This project will show how to collect Bluetooth low energy data and export it as. csv. For this project, I am using a Bluetooth Low Energy USB dongle called BlueIO, which will act as a central device to retrieve data. Hibou Air Quality Monitor which will serve as a peripheral device to transmit the data.
COLLECT AND EXPORT DATA FROM BLUETOOTH DEVICES Read More Ā»
Introduction We developed a wearable hydration monitoring system that will track an individualās hydration levels by measuring the bioimpedance of the skin, that will transmit the data via Bluetooth to his or her cellphone, and that will provide a visual cue corresponding to their hydration. Our completed project! High Level Design Rationale Dehydration is usually
Bluetooth Hydration Wearable Read More Ā»
Introduction For the ECE 4760 final project, we designed and implemented a 2-axis gesture-controlled platform for DSLR cameras. The platform can actuate a camera based on the orientation of the userās hand with relative high accuracy and low latency. Our 2-DOF gesture-controlled platform can point the camera in any direction within a hemi-sphere based on
2-Axis Gesture-Controlled Camera Platform Read More Ā»
Introduction Our project was an EEG-controlled brain computer interface that allowed a user to correct errors in machine behavior. The project was modeled as a trial-based āgame.ā In each trial, a solid colored green block or dotted yellow block was placed on a conveyor belt. One end of the conveyor belt had a solid colored
EEG Error Correction Interface Read More Ā»
